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Digital quadrature modulator gain
This application note by Ken Gentile for Analog Devices explains the basic building blocks of a digital quadrature modulator, along with an analysis of the gain through the modulator for three types of input signals. Details... more »
This application note by Ken Gentile for Analog Devices explains the basic building blocks of a digital quadrature modulator, along with an analysis of the gain through the modulator for three types of input signals. Details... more »
Tessera, IPSG reach DRAM ITC Action settlement
Tessera Technologies has reached a settlement with International Products Sourcing Group , a respondent in the ITC action brought by Tessera against certain DRAM manufacturers. Details... more »
Tessera Technologies has reached a settlement with International Products Sourcing Group , a respondent in the ITC action brought by Tessera against certain DRAM manufacturers. Details... more »
Driving a center - tapped transformer with a balanced current - output DAC
The goal of this application note by Ken Gentile for Analog Devices is two-fold: To provide an explanation of the functionality of a balanced output in the context of a current-output DAC; and to provide formulas that relate the transformer turns ratio (N), the transformer load (RL), the DAC load resistors (RO) and the maximum DAC output current (IMAX). Details... more »
The goal of this application note by Ken Gentile for Analog Devices is two-fold: To provide an explanation of the functionality of a balanced output in the context of a current-output DAC; and to provide formulas that relate the transformer turns ratio (N), the transformer load (RL), the DAC load resistors (RO) and the maximum DAC output current (IMAX). Details... more »